Friday, October 25, 2013

Yesterday we covered the Light and Motion vis 180 rear (red) light.  To summarize, I like it but don't take it out in the rain.

Today, we'll cover the Cygolite Hot Shot.  Its described as a 2 watt LED tail light.  That doesn't really mean anything to most riders, because there isn't a standard rating for the brightness of bike lights.  And, wattage can be an especially fickle predictor, because of the question of the efficiency with which a bulb converts watts to light.  But, lets not hold this against the Hot Shot.

Independent tests have claimed the Hot Shot is the brightest tail light outside of a De Notte (which are known for their effectiveness in bright Los Angeles sunshine).  So that's a plus.  These same reviewers suggest that the vis 180 has a broader spread of light, and perhaps offering better visibility/safety as a result.

Naturally, which light is better depends on what one is trying to accomplish.  Cruising Ventura Blvd at noon, the side view of the vis 180 isn't going to be of much use.  But the rear view of the Hot Shot may be.

The Hot Shot is inexpensive, running half or less the cost of the vis 180.  Given my foregoing comments, why isn't it my favorite tail light?  Well, how should I say this....  It's cheap.

While the vis 180 case is well sealed, the Cygolite appears sealed.  What's the difference?  Seams that look like they could be easily damaged and caused to leak.  A large, loosely fit plug cover, that crosses joints in the case.  No inner seal, or protection, behind the plug cover, and so forth.

It should be noted that the circuit board looks well made.  And there are clever aspects to the design.  But overall, it doesn't have a particularly solid feeling.  It just feels cheap.  And while it may work better than it feels, I haven't really been able to determine that yet.

To me, a common warning sign of a crummy product, is missing or minimal instructions.  None came with the Cygolite, and virtually none exist on their website.  The website shows how to change the battery, which is how I know how to open the light, and why I know what the circuit board looks like.  This also suggests to me that their battery may not be very dependable.  However, that's just speculation at this point.

On the other hand, operations of the switch, and mounting options for the light, are subjects where Cygolite prefers to keep its customers in the dark.  I find this curious.  The packaging has plenty of space, and plenty of printing, so its not a matter of saving money. It could all be high-lighted on the package for no additional cost.

And, yes, I can experiment and figure out the switch - which is what I did.  But with all the various options on modern lights, consumers deserve a quick description of the options and their operation.

For example, I plugged the light in to charge, and it lit up.  I couldn't find a switch setting to turn it off.  There was a setting with low power, but it was unclear if that was a lighting mode, or an indicator of charging.  And, speaking of charging, how long does it take?  And, can the light be safely left on the charger once its full powered?  Nothing in the package or on their website explains any of this.

FYI, the low power setting is the indication that the Hot Shot is plugged into a USB charger or port. The other questions remain just that: questions.

And then there are the mounts.  Several reviewers have complimented Cygolight for offering both seat post/tube mounts and chain/seat stay mounts.  At least one also gave it a top rating, in part, because of this flexibility.  Frankly, I wonder if these reviewers ever used the light on a bike, rather than just in a test apparatus.  Or maybe I didn't understand what they meant by flexibility.

I wanted to use the stay mounting.  That way I can combine it with my vis 180 (on the seat tube), for maximum visibility.  I've mounted many many things to my bikes over the last 50 years.  Often without referring to instructions.  But this simple mount nearly stumped me.  At first there seemed to be no way to mount it on a stay, and expose the light backwards.  It would face down, or sideways, or even sort of forward, but not back.  Hmmm.....

Then I discovered that there was an additional knuckle hidden in the mount, immediately behind the slot into which the light is clipped.  This allows the light to point in the right direction.  Its a bit hard to see, unless you methodically go about looking for just such a solution, but OK.  It just seems to me, that this is an example where instructions are warranted.

At first I wasn't sure this knuckle was really intended to rotate enough to work.  Its just a friction fit, and it wasn't clear if it was meant to turn, or just poorly constructed.  After all, it has a pretty tight fit at the beginning.  But a little twisting of the joint causes it to loosen up considerably.  And, mind you, there is no mechanism to adjust the fit. The next question in my mind was: will this fall apart in use?  But a little tugging convinced me to give it a try.  I should also note that it felt tighter at 0, 90, 180, and 270 degrees, than the intermediate positions.

So, I wrapped the stay with a rubber strip, put the clamp around it and tightened same down to hold the light in place, while supporting the mount vertically. With the knuckle twisted the light faces backwards, and it lights up.  It's bright!!!! yea.

Note to self: the screw holding the clamp to the stay is over long (another sign of cheapness - parts picked for price not fit).  On a stay thick enough to require a screw of this length, the ends of the clamp would be too far apart for screw to align with the nut and therefore the excess length is useless.

But what concerns me is close to an inch of threaded rod pointed towards the wheel.  This feels like a loaded trap, waiting to spring during a wheel change.  I'd hate to catch a spoke on it, or even scrape a finger or hand against it during a change.  But, the light didn't cost much, and its bright.  So let's get over this.

My first ride with the light was 20 miles.  Usually, when I'm well lit, cars show me some respect, but I wasn't feeling it with the Cygolite.  Must be a bad day.  Then I get off the bike, and the light is pointing down at the ground.  Both the friction knuckle and the clamp knuckle have slipped.  One I understand, but I thought that the clamp was well secured.

Next ride, I tighten clamp firmly onto the stay, and consequently secure its knuckle.  Then I wrap the friction knuckle with electrical tape, in an effort to keep it from spinning.  This time I ride 25 miles.  When I get off the bike, I see that the light is once again facing towards the ground.  My tape worked (but requires removal and reapplication when I want to charge the light).  However, that long screw holding the clamp has a loose fit in its nut and works loose during the ride.  This allows the lower knuckle to flop and gravity does the rest.

Can I make the Cygolite work?  Yes.  Is it bright?   Yes.  Should it come with instructions?  Yes.  Are the mounts worth a damn?  No!

I don't feel cheated out of my $37 delivered.  Just disappointed because I've had other cheaper lights that were better designed and presented.  Being of a prior generation, they weren't as bright.  And I'd rather have bright and kludge a mount, than a great mount and have to kludge brightness.  But, for the price, I think they could have included instructions and made a better mount.  Giving Cygolite a passing score for this light would only encourage them to continue with sub-standard efforts. The technology seems fine, lets bring the packaging up to the same standard, shall we?

To summarize the Cygolite Hot Shot: It's bright, but buyers must be willing to tinker and experiment in order for it work effectively.

I've been riding some Chinese carbon fiber wheels (wait, aren't all carbon fiber wheels from China?).  And that may well be my next subject for review.  Under $700 and 1150 grams, how does that work?

BTW, Light and Motion is sending me the correct replacement part for my vis 180, now I just have to convince them to provide me with the necessary instructions for install it.  Once replaced, I hope to try some modification to the old piece, which should make it work better in the rain.   I'll keep you posted.

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